public clsWinTree(int _iInitialBalance, int _iNumBetsRemaining, int _iBetAmount, int _iTargetBalance)
{
iInitialBalance = _iInitialBalance;
iBetAmount = _iBetAmount;
rnd = new Random();
iNumBetsRemaining = _iNumBetsRemaining;
iTargetBalance = _iTargetBalance;
lndHitTargetLeafNodes = new List <clsWinNode>();
ndClosest = new clsWinNode(enWin.Loss, null, -1000, 0);
iMinBet = int.Parse(ConfigurationManager.AppSettings["MinBet"]);
iMaxBet = int.Parse(ConfigurationManager.AppSettings["MaxBet"]);
iNumTargetLeafNodes = int.Parse(ConfigurationManager.AppSettings["NumTargetLeafNodes"]);
Array aWins = Enum.GetValues(typeof(enWin));
int iWin = (int)aWins.GetValue(aWins.Length - 2);
iRandomMargin = Math.Abs(_iInitialBalance - _iTargetBalance) + iWin * iMaxBet; //int.Parse(ConfigurationManager.AppSettings["iRandomMargin"]);
}
public clsWinNode ndfnAddChild(enWin _winType)
{
clsWinNode ndChild = new clsWinNode(_winType, this, iBalance + (iBetAmount * (int)_winType), iBetAmount);
lndChildren.Insert(0, ndChild);
return(ndChild);
}
public clsWinNode(enWin _winType, clsWinNode _ndParent, int _iBalance, int _iBetAmount)
{
winType = _winType;
ndParent = _ndParent;
iBalance = _iBalance;
iBetAmount = _iBetAmount;
lndChildren = new List <clsWinNode>(Enum.GetValues(typeof(enWin)).Length);
}
private void fnTraverseWinSequence(clsWinNode _ndChild, List <clsWinNode> _lndWinSequence)
{
if (_ndChild == null)
{
return;
}
_lndWinSequence.Insert(0, _ndChild);
fnTraverseWinSequence(_ndChild.ParentNode, _lndWinSequence);
}
public void fnGenerateTree(clsWinNode _ndParent, int _iNumBetsRemaining)
{
if (lndHitTargetLeafNodes.Count >= iNumTargetLeafNodes || Math.Abs(ndClosest.Balance - iTargetBalance) <= iMinBet)
{
return;
}
if (_iNumBetsRemaining < 0)
{
if ((_ndParent.Balance == iTargetBalance))
{
lndHitTargetLeafNodes.Insert(0, _ndParent);
}
else if (Math.Abs(_ndParent.Balance - iTargetBalance) < Math.Abs(ndClosest.Balance - iTargetBalance))
{
ndClosest = _ndParent;
}
return;
}
_iNumBetsRemaining--;
int i = rnd.Next(0, iNoWinTypes);
for (int j = i + iNoWinTypes; j <= (i + 2 * iNoWinTypes - 1); j++)
{
int k = j % iNoWinTypes == 0 ? -1 : j % iNoWinTypes;
clsWinNode ndChild = _ndParent.ndfnAddChild((enWin)k);
if (lndHitTargetLeafNodes.Count > 0 && (Math.Abs(ndChild.Balance - iTargetBalance) > _iNumBetsRemaining * iMinBet)) // --------------------------- CHECK THIS (distance from tgtbal)
{
return;
}
fnGenerateTree(ndChild, _iNumBetsRemaining);
}
}
public void fnGenerateRandomTree(clsWinNode _ndParent, int _iNumBetsRemaining)
{
if (_iNumBetsRemaining < 0)
{
lndHitTargetLeafNodes.Insert(0, _ndParent);
return;
}
int iChildBalance;
enWin winType;
do
{
winType = enfnRandomEnum();
iChildBalance = _ndParent.Balance + (_ndParent.BetAmount * (int)winType);
} while (_iNumBetsRemaining > 0 && Math.Abs(iChildBalance - iTargetBalance) >= iRandomMargin); // ==== TWEAK ME!!! i'm dying
clsWinNode ndChild = _ndParent.ndfnAddChild(winType);
fnGenerateRandomTree(ndChild, --_iNumBetsRemaining);
}